View clinical trials related to Spinal Manipulation.
Filter by:The objective of this clinical trial is to assess manual therapists' attitudes towards using a sensing-glove system for measuring spinal manipulation force and to compare the effectiveness of two interventions in enhancing their attitudes. The primary questions it aims to address are: - Are manual therapists receptive to employing a sensing-glove system to measure the force applied during spinal manipulations on patients? - Can we enhance manual therapists' attitudes towards this system through either a brief informational video demonstration or a supervised practice session with the system? Researchers will compare the impact of a 7-minute informational video to that of a 20-minute supervised practice session to determine if manual therapists' attitudes towards the use of a sensing-glove while treating their patients can be positively influenced. Participants will: - Engage in a single experimental session. - Complete a questionnaire at the beginning of the experimental session. - Undergo one of the two interventions and promptly complete two questionnaires following this intervention. - Undergo the other intervention and promptly complete the same two questionnaires following this intervention.
Single-blinded Randomized Controlled Trial conducted amongst a sample of healthy subjects divided into two different groups: the experimental treatment will consist in bilateral T12-L1 vertebral manipulation, whereas the control group will receive a sham intervention consisting solely in applying tension without properly manipulating. Body temperature, arterial tension and cardiac frequency will be measured before and after the intervention. Changes in the aforementioned variables will be measured.
Spinal manipulation is often used for its effect on pain, but more information is needed concerning its mechanisms of action.
The objective of the present study is to determine if spinal manipulations with a constant rate of force application but with different peak force and time to peak force lead to similar responses in healthy adults.
The purpose of this investigation is to determine the effect of Logan Basic Technique apex contact adjustment (LBT); on the motor recruitment pattern in the erector spinae group via surface EMG.